13 March 2025 AD, Thursday
St. Roderick (857 AD); St. Euphrasia (410 AD)
Thank you for your patience!
In these articles, I will explain how the mixing/oscillation angles are calculated.
From the main equation:
https://luxdeluce.com/43-book-6-derivation-of-general-formula-for-constants-of-the-cosmology-and-quantum-mechanics-part-ii.html
(Scroll down to see the final equation).
- Written by Andrew Yanthar-Wasilik
- Category: Blog
- Hits: 36
Read more: 159. Introduction to quark mixing angles and neutrino oscillation angles.
Write comment (0 Comments)4 January 2025 AD; Saturday
St. Elisabeth Ann Seton (1821 AD)
I am about to start working again on mixing angles and CP Violation Phase angles of the elementary particles (bosons, gravitons, space, time, internal and external membranes in addition to known particles - quarks and neutrinos) using extrapolation and already calculated values in addition to official scientific data. Please, be patient.
Merry Christmas and a Happy New Year 2025!
Ben guarda Santa Maria (Cantiga de Santa María 257)
- Written by Andrew Yanthar-Wasilik
- Category: Blog
- Hits: 165
30 August 2024 AD
St. Rose of Lima 1617 AD; Sts. Felix & Adauctus 304 AD; St. Fiacre of Brie 670 AD; Bl. Bronislava 1259 AD
The Transcendental Fibonacci Sequence is the result of operation on two Parent Sequences (or if you prefer Transcendental Constants, more about it in a moment), the P(ater) constant and F(ilius) constant.
P(ater) = ( 7 / 5 )1/2 * π = 3.71718255693
And
F(ilius) = ( 5 / 7 )1/2 * e = 2.29736745287
The division of P(ater) / F(ilius) is equal to
S(piritus) = [ ( 7 / 5 )1/2 * π ] / [ ( 5 / 7 )1/2 * e ] = ( 7 / 5 ) * ( π / e ) = 1.61801828971
This result is equal to the Transcendental Fibonacci Ratio, and the Sequence can be derived from it.
- Written by Andrew Yanthar-Wasilik
- Category: Blog
- Hits: 854
11 September 2024 AD
Sts. Protus & Hyacinth 257 AD; St. Adelphus 5th century AD; St. Paphnutius 356 AD
This article will be very short. I will describe the spiral angle and how to build a spiral of the Transcendental Fibonacci-like Sequences, Pater, Filius, and Spiritus. To determine this all we need is two consecutive terms of a sequence.
- Written by Andrew Yanthar-Wasilik
- Category: Blog
- Hits: 898
Read more: 157. Spiral angle and other properties of the Transcendental Fibonacci-like Sequences.
Write comment (0 Comments)23 July 2024 AD
St. Rose of Lima 1617 AD; St. Philip Benizi 1285 AD
Below is the Complete Transcendental Fibonacci Sequence consisting of two parts, whole and fractional. The terms are bounded by zero and infinity. The ratio of two consecutive terms is equal to the ‘golden ratio:’
GR = 1.61801828971…
- Written by Andrew Yanthar-Wasilik
- Category: Blog
- Hits: 849
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